| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mlab_0843 |
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| Symbol | |
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| ID | 4794830 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Methanocorpusculum labreanum Z |
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| Kingdom | Archaea |
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| Replicon accession | NC_008942 |
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| Strand | + |
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| Start bp | 822986 |
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| End bp | 825937 |
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| Gene Length | 2952 bp |
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| Protein Length | 983 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 640099506 |
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| Product | hypothetical protein |
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| Protein accession | YP_001030281 |
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| Protein GI | 124485665 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0610] Type I site-specific restriction-modification system, R (restriction) subunit and related helicases |
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| TIGRFAM ID | [TIGR00348] type I site-specific deoxyribonuclease, HsdR family |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.10122 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 35 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCAACCA ACACAAAAGA AATCGGACTC GAAGACTTGA TCGTACAACA TCTCACAAGT
CAGAACGGAT ACGAACTGGG GATCGCAAGT GAATATATCC GGTCTTCGGC CTTTGATGAA
GGAAGGCTGT TTAGATTCCT TGAAACGACC CAGGGAACCA AACTCTCACA ATACGGAATA
CTCGAAAGCG AGAAAAAAAG AGAACAACTT GCAACAAGAA TACAAGGGGA AATTGAAAAA
CGCGGAACGA TCGATGTACT CAGAAATGGT GTTAACTTCT ATCCCGCTGG AAACATCGAC
CTCTACTACT TCCAGCCCTC AGAAAAAAAT CCGGCTGCCA AAGCAAACTT TGAAAAAAAT
ATCTTCAGTG TAACAAGACA ACTGATGTAT GCCCAGAGCG GCTCAAATGA AGCTCTCGAC
TTCTGCATAT TCATCAACGG ACTCCCGGTA ATAACCGCTG AACTCAAAAA CCAGTTCACC
CATCAGAATT ACGAAAACGC GATCGAACAA TACAAAAAAG ATAGAAATCC CCGTGAATTA
CTGTTTCACT TTGGAAGATG CATAGTTCAC TTCGCAATTG ATGACAGTGA AATTCACATG
TGTACAAAAC TGGAAGGCCA AAACTCCTGG TTCTTACCCT TCAACAAAGG ATACAAAGAC
GGAGCCGGCA ACCCCCCAAA TCCCGCAGGA CTCAAAACAG ACTACCTCTG GACCCATACA
CTCACAAAAA ATGAACTATC CGACATCATA GAAAACTATG CTCAGATACT TGAAGAAAAA
GATCCTGACA CAGGAAAAAC AAAACGAAAA CAAATATTCC CCAGATACCA TCAGCTGTCA
GTCGTCAGAG CCTTACTCGC CGACGCAAAA GAAAACGGAG TCGGGAAAAG ATACCTCATT
CAGCACTCCG CAGGAAGCGG AAAATCCAAC TCCATAGCCT GGCTTGCTCT TCAAATCGTA
TCACTTGAAA AAAATGGGAA AGCACTCTTC GATTCTGTCA TCGTAATTAC CGATAGAGTC
AACCTCGACA ACCAGATAAA AGGAACCATC AAAGGCTTCA CCCAGATGTC GAATACCATT
GGTCATGCAG AGAGCGCCGA AGATCTAAGA AAACTCCTGA CCAACGGAAA AAACATCATT
ATCTCAACAA TTCACAAATT CCCCTACATA TTAGACAGCA TTAAAGACGA ACACAAAGGA
CAGAACTTCG CGATCATAAT AGACGAAGCA CATTCAAGCC AGAGCGGAAG GATGGCTGGA
TCAATGAACG TGGTTCTGAA CAGCGCCCCT GAATACGAAA ACGAAACAGA ATCCATTGAA
GACATAATCA ACAACATAGT TGAAAAACGG AAAATGCTCA AAAATGCAAG CTATTTTGCA
TTTACCGCCA CACCCAAAAA CAAAACACTC GAAACATTCG GTGTTCCCTA CGAAGACGAA
GGAAAAATCA AACACAGACC TTTCCACGAA TACACCATGA AACAGGCAAT TCAGGAAGGA
TTCATCCTTG ACGTTCTTCA GAATTACACA CCTGTAAAAA GCTACTTCAA ACTTATAAAG
AAAGTTGAAA ATGATCCTGA GTTTGACAAA AGAAAAGCCC TGAAAAAATT AAAGGCACTC
GTGGAAAGAG ACATTTATCC AATCTCTCAG AAAGCAGAGA TCATCGTTGA ACACTTCCAC
ACACAGGTGA TTTCACCCGG GAAAATTCAT GGAAAAGCCC GGTGTATGGT TGTCTGCAGG
GACATCGACG CAGCTATAAA ATACTACAAC ACAATAAGCA AAGCCCTTGA AAACAGAAAA
AGTCAGTACA AAGCAATAAT AGCATTTTCC GGCGAAAAAG AGATCGCCGG AGAAACATTC
ACCGAATCAT CAATAAACAA ATTCCCAAGC AGTCAAATCG AAAAGAAATT CAAAGAAGAA
CCTTATCGTT TCTTAGTAGT TGCAAACAAA TTTCAGACCG GATACGACGA ACCTCTTCTT
CATACGATGT ACGTTGACAA ACCTCTCTCT GATATAAAAG CAGTCCAGAC GTTATCCAGA
CTCAACCGGG CATACCCTGG CAAATATGAT ACATTCGTCC TTGACTTTTT CAATGACAGC
GATATAATCA AACAAGCCTT TGACAGATAT TATAAGACCA CCATACTCTC TGATGAAACA
GATGTAAACA AACTCTATGA TTTAATTAGA GAGATGGAAG ATGCTGAAGT ATTCACAACC
AATGACGTGA ATAAAGTTGT CACTGATTAT CTCAGCGGAG TAGAAAGAAA CAGATTTGAT
CCAACACTTG ACTCCTGCGC TGCAAACTAT GAAAATTATC TTGATCTGGA CGGTCAGATT
AAATTCAAGA GCTCAGTAAA ATCATATCTG AGGACATATG GATTCCTTGC TTCGATTCTC
CCTATTGGAA ATCCAGAGTG GGAAAAACTA TCAATCTTCC TGAATTATCT GCTGCCAAAA
TTAAAGTCAC CTGATGATGA TGATCTCGCA AAAGGCATTC TGAGTGCGGT TGATCTGGAA
AGTTATCGTG CTGAAGCTTT GACAACAATA AATATAATCC TCGAAGATGA AGACGCTGAA
ATAAATCCGA TCCCGACAAA AGACCCTAAA GGAATAGTTG AGCCTGAAAT GGATCGCTTA
TCACACATAT TAGAAGAGTT CCAGAATCTC TGGGGTAACA TCAAATGGAA TGATAAAGAC
AGAATTATCA GAGACATCAA AGAAATTCCG GGACGTGTTG CAAAAGATGA AGCCTATCAG
AATGCAATCA AAAACTCTGA CAGAGAAAAT GCACGTCTGG AAAGTGAGAG AGCACTGAAG
AAAGTAATTG ATTCTATGAT TGAAGATAAT TTGGAACTTT ACAGATTATA TGTCGATAAT
CTATCTTTCA GGAAGGAGTT GGAGAGTCTG GTTTTCAACG CAACCTATGA GAAAGACTGC
TCAAAAGCAT AG
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| Protein sequence | MPTNTKEIGL EDLIVQHLTS QNGYELGIAS EYIRSSAFDE GRLFRFLETT QGTKLSQYGI
LESEKKREQL ATRIQGEIEK RGTIDVLRNG VNFYPAGNID LYYFQPSEKN PAAKANFEKN
IFSVTRQLMY AQSGSNEALD FCIFINGLPV ITAELKNQFT HQNYENAIEQ YKKDRNPREL
LFHFGRCIVH FAIDDSEIHM CTKLEGQNSW FLPFNKGYKD GAGNPPNPAG LKTDYLWTHT
LTKNELSDII ENYAQILEEK DPDTGKTKRK QIFPRYHQLS VVRALLADAK ENGVGKRYLI
QHSAGSGKSN SIAWLALQIV SLEKNGKALF DSVIVITDRV NLDNQIKGTI KGFTQMSNTI
GHAESAEDLR KLLTNGKNII ISTIHKFPYI LDSIKDEHKG QNFAIIIDEA HSSQSGRMAG
SMNVVLNSAP EYENETESIE DIINNIVEKR KMLKNASYFA FTATPKNKTL ETFGVPYEDE
GKIKHRPFHE YTMKQAIQEG FILDVLQNYT PVKSYFKLIK KVENDPEFDK RKALKKLKAL
VERDIYPISQ KAEIIVEHFH TQVISPGKIH GKARCMVVCR DIDAAIKYYN TISKALENRK
SQYKAIIAFS GEKEIAGETF TESSINKFPS SQIEKKFKEE PYRFLVVANK FQTGYDEPLL
HTMYVDKPLS DIKAVQTLSR LNRAYPGKYD TFVLDFFNDS DIIKQAFDRY YKTTILSDET
DVNKLYDLIR EMEDAEVFTT NDVNKVVTDY LSGVERNRFD PTLDSCAANY ENYLDLDGQI
KFKSSVKSYL RTYGFLASIL PIGNPEWEKL SIFLNYLLPK LKSPDDDDLA KGILSAVDLE
SYRAEALTTI NIILEDEDAE INPIPTKDPK GIVEPEMDRL SHILEEFQNL WGNIKWNDKD
RIIRDIKEIP GRVAKDEAYQ NAIKNSDREN ARLESERALK KVIDSMIEDN LELYRLYVDN
LSFRKELESL VFNATYEKDC SKA
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